Not yet it doesn't, people are too focused on the RPi, not many people know about the Gooseberry, I found it by accident.

Give it time though, they have Ubuntu running on it. They sent out 2 of the initial run boards to Arch linux team who are porting it to Gooseberry.

It runs ICS smooth though, something the RPi will never be able to do because lack of ram.

Yea it's specs and including of onboard storage and wifi are a nice selling point but I have an Android tab I can plug into HDMI so would prefer a Linux board, once they get Linux ported to it I`ll probably buy one though, the benchmarks video I watched between it and the Pi left the Pi in its dust for the most part

I don't know why people think the gooseberry is any better, it has NO HARDWARE ACCELLERATION AT ALL if you get linux on it. All it can do is the same as the RPi for decoding h.264 or whatever they've licensed, if you put X11 on it and try to run even fluxbox, it will be so slow it's unusable.

Then installed the Wheezy beta last week and compiled gphoto2 for remote controlling a Canon 7D which kind of worked ok.

Not got wifi going just yet with Wheezy but had it working fine before.

My goal is a remote camera adapter, all the pieces are there just need to tart up and optimise.

Have to say the new Wheezy build is a lot better, there also seems to be a lot of work done on the firmware side, just ordered some stuff for connecting to a breakout board but not sure what I am going to do with it yet.

Just bought a Gooseberry to replace my RPi.
My RPi is ok but very buggy at times and needs constant reboots. I know this is due to the OpenElec build I'm using (I'm using mine as an extender to my XBMC machine downstairs), but I think it will always be lacking.
My only concern about the Gooseberry is that I can't get a LAN connection to it, but since XBMC announced their fully functional Android version I decided to go for it anyway.

No there will not be hardware accelleration because there are no DRI or X11 drivers/modules for it.
And unless the full spec of the GPU is available to very experianced kernel coders (and chances are it isn't, RPis isn't, you need to be under NDA), it will never happen.

No there will not be hardware accelleration because there are no DRI or X11 drivers/modules for it.And unless the full spec of the GPU is available to very experianced kernel coders (and chances are it isn't, RPis isn't, you need to be under NDA), it will never happen.

Is there any chance of getting flash to work on any of these things?
I know I am probably asking a bit much, butI'm not looking for video playback or anything.
Just basic flash apps that stream audio (as that is what the football club I support use to stream live commentary of their games).

Apple TV 3 which has 1Ghz Apple A5 chip struggles with XBMC, Boxee Box runs a 1.2Ghz Atom. RPi has 700Mhz CPU and has no chance at running XBMC smoothly.

This is not correct...NONE of the current OS releases for the RasPi take advantage of the GPU and many other components. Raspian is the first to use the hard float part of the CPU. Additionally there is a USB issue which causes it to use 20% of the CPU even with nothing plugged in (and ethernet goes over USB).There is MUCH to be done on the PI to make use of the hardware and free up the CPU.

My RPi is ok but very buggy at times and needs constant reboots. I know this is due to the OpenElec build I'm using (I'm using mine as an extender to my XBMC machine downstairs), but I think it will always be lacking.

What mA (mAh) power supply are you using? I was having problems with my Pi at first and then realized I had swapped the 700ma I had intended to use with it with a 550. You need a 700-1200ma for the "B" Pi.